Annotation and TF-fingerprint files
Annotation and TF-fingerprint files are currently supplied with Expander for yeast, human, mouse, rat, fly, zebrafish, c-elegans and chicken. Annotation files are supplied also for E. coli and Listeria. These files are updated on a regular basis.
The following conventional gene Ids are used in the annotation and TF-fingerprint files:
Organism |
ID type |
Human |
Entrez / Locus Link |
Mouse |
Entrez / Locus Link |
Rat |
Entrez / Locus Link |
Yeast |
ORF codes |
Fly |
FlyBase |
c-elegans |
WormBase |
Arabidopsis |
AGI Ids |
Zebrafish |
Ensembl |
Chicken |
Ensembl |
E. coli* |
Uniprot |
Listeria* |
Entrez / Locus Link |
S. pombe |
Entrez / Locus Link |
* Only GO annotation files (no TF fingerprints data)
Gene ontology and annotation files
The gene ontology and annotation files supplied with Expander are based on data that was downloaded from the GO website.
The following table specifies the database from which these files are derived for each of the organisms that we support, and the date of download from GO site:
Organism |
Extracted from |
Updated on |
Human |
May 2007 |
|
Mouse |
May 2007 |
|
Rat |
October 2007 |
|
Yeast |
October 2007 |
|
Fly |
January 2005 |
|
c-elegans |
October 2007 |
|
Arabidopsis |
TAIR (The Arabidopsis information resource) |
October 2007 |
Zebrafish |
May 2007 |
|
Chicken |
January 2008 |
|
e.coli |
EBI |
April 2008 |
Listeria |
Blast2Go |
February 2009 |
S. pombe |
NCBI |
November 2008 |
TF fingerprint files and sequence files
The following TF fingerprint files (and sequence files) can be downloaded from our web download page (as part of the zip supplied for each organism).
Organism |
Promoter sequences range |
Promoter sequences origin |
TF Models origin |
Human |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 42 |
TRANSFAC (version 8.2) |
Mouse |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 42 |
TRANSFAC (version 8.2) |
Rat |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 47 |
TRANSFAC (version 8.2) |
Yeast |
600 bp upstream CDS to CDS |
SGD January 2007 |
TRANSFAC (version 8.2) & Harbison et al. 2004 (see References) |
Fly |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 43 |
TRANSFAC (version 8.2) |
C-elegans |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 44 |
TRANSFAC (version 8.2)
|
Arabidopsis |
1000 bp upstream the TSS to 200 bp downstream the TSS. |
TAIR: The Arabidopsis Information Resource (December '06) |
TRANSFAC (version 8.2)
|
Zebrafish |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 44 |
TRANSFAC (version 8.2) |
Chicken |
3000 bp upstream the TSS to 200 bp downstream the TSS. |
Ensembl release 43 |
TRANSFAC (version 8.2) |
S. pombe |
600 bp upstream CDS to CDS |
Sanger gene DB October 2008 |
TRANSFAC (version 8.2) & Harbison et al. 2004 |
miRNA target scan files:
The following miRNA target scan files can be downloaded from our web download page (as part of the zip supplied for each organism).
Organism |
Extracted from |
Updated on |
Human |
TargetScan website |
TargetScan5 |
Mouse |
TargetScan website |
TargetScan5 |
Fly |
TargetScan website |
TargetScan5 |
c-elegans |
TargetScan website |
TargetScan5 |
Gene positions data files:
The following gene position files can be downloaded from our web download page (as part of the zip supplied for each organism). It is used to display the gene chromosomal positions.
Organism |
Extracted from |
Updated on |
Human |
UCSC genome browser |
January 2009 |
Mouse |
UCSC genome browser |
January 2009 |
Rat |
UCSC genome browser |
January 2009 |
Fly |
UCSC genome browser |
January 2009 |
c-elegans |
UCSC genome browser |
January 2009 |
Zebrafish |
UCSC genome browser |
January 2009 |
Gene ID conversion files:
Gene ID conversion files for many of the Affymetrix chips can be downloaded from the Expander download page. The files map each Affymetrix Id into the corresponding gene Id. Conversion files are generated and added to the download page according to user requests. If you can't find the file you need here, please look it up in the download page, and contact us if it's not there.
Organism |
Chip name |
Human |
HG-Focus |
Human |
HGU1332 |
Human |
HG-U95E |
Human |
HG-U133A |
Human |
HT_HG-U133A |
Human |
HG-U133Plus2 |
Human |
Hu-35KsubB |
Human |
HuGene-1_0-ST |
Mouse |
MGU74Av2 |
Mouse |
MGU430_2 |
Mouse |
MG430A2 |
Mouse |
MoGene-1_0-ST |
Rat |
RGU34A |
Rat |
Rat230_2 |
Rat |
Agilent |
C-elegans |
C. elegans Genome Chip |
Arabidopsis |
ATH1 |
Zebra-Fish |
GeneChip Zebrafish Genome Array |
Chicken |
Affymetrix Chicken Genome Chip |
E. coli |
Affymetrix E. coli Antisense Genome Array |
E. coli |
Affymetrix E. coli Genome 2.0 Array |
Network files :
Organism |
File name |
Network origin |
Human |
Expander.hsa.RualNature05.sif |
Towards a proteome-scale map of the human protein-protein interaction network by Rual JF et al. Nature. 437(7062):1173-8 (2005) |
Human |
Expander.hsa.IntAct.sif |
IntAct database (http://www.ebi.ac.uk/intact/) |
Mouse |
Expander.mmu.IntAct.sif |
IntAct database (http://www.ebi.ac.uk/intact/) |
Rat |
Expander.rno.IntAct.sif |
IntAct database (http://www.ebi.ac.uk/intact/) |
Worm |
Expander.cel.SimonisNatMethods08.sif
|
Empirically controlled mapping of the Caenorhabditis elegans protein-protein interactome network by Simonis N. et al. Nature Methods 6, 47 - 54 (2009) |
Fly |
Expander.dme.DroID.sif |
DroID database (http://www.droidb.org/) |
Yeast |
Expander.sce.United.sif |
1. High-Quality Binary Protein Interaction Map of the Yeast Interactome Network by Yu et al. Science 322(5898):104 – 110 (2008) 2. Comprehensive curation and analysis of global interaction networks in Saccharomyces cerevisiae by Reguly et al. Journal of Biology 5(4):11 (2006) 3. Toward a comprehensive atlas of the physical interactome of Saccharomyces cerevisiae by Collins SR et al. Molecular Cell Proteomics 6(3):439-50 (2007) |
Arabidopsis |
Expander.ath.TAIR.sif |
TAIR database (http://www.arabidopsis.org/) |
E. coli |
Expander.eco.Arifuzzaman06.txt |
Large-scale identification of protein–protein interaction of Escherichia coli K-12 by Arifuzzaman M et al. Genome Research 16(5):686-91. (2006) |